N: 55 S: 20 E: -60 W: -130
Description
The GPM Ground Validation Multi-Radar/Multi-Sensor (MRMS) Precipitation Reanalysis for Satellite Validation Product dataset contains precipitation rate and type estimates, quality control products, and precipitation corrective factors products. These data products were created using the NOAA MRMS System which ingests Weather Surveillance Radar 88 Doppler (WSR-88D) radar data, Rapid Update Cycle (RAP) model analysis fields, and gauge data. It should be noted that these data products are not standard MRMS. Significant post-processing is applied to MRMS to generate products specifically adapted to satellite purposes and needs over North America. These data are available from March 2, 2014 through October 30, 2018 in ASCII format.
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GENERAL DOCUMENTATION
Dataset Resources
Publications Citing This Dataset
| Title | Year Sort ascending | Author | Topic |
|---|---|---|---|
| Quantifying the Effect of a Parallax-Correcting Algorithm for Passive Microwave Satellite Precipitation Retrievals across the Conterminous United States | Monsalve, Andres F., Moreno, Hernan A., Goldenstern, Eric, Kummerow, Christian | Atmospheric Water Vapor, Precipitation, Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| Added Value of Environmental Variables for Satellite Precipitation | Li, Runze, Guilloteau, Clement, FoufoulaGeorgiou, Efi | Precipitation, Precipitation Amount, Precipitation Rate, Snow, Rain, Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| Perspectives on Convective Rainfall From Passive and Active Microwave Sensors | Hong, Yulan, Petkovic, Veljko | Atmospheric Water Vapor, Precipitation, Brightness Temperature, RADAR, Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| A New Event-Based Error Decomposition Scheme for Satellite Precipitation | Li, Runze, Guilloteau, Clement, Kirstetter, PierreEmmanuel, FoufoulaGeorgiou, Efi | Precipitation, Precipitation Amount, Precipitation Rate, Snow, Rain, Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| How well does the IMERG satellite precipitation product capture the timing of precipitation events? | Li, Runze, Guilloteau, Clement, Kirstetter, Pierre-Emmanuel, Foufoula-Georgiou, Efi | Precipitation, Rain, Precipitation Amount, Precipitation Rate, Snow, Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| Vulnerability of Passive Microwave Snowfall Retrievals to Physical Properties of Snowpack: A Perspective from Dense Media Radiative Transfer Theory | Rahimi, Reyhaneh, Ebtehaj, Ardeshir, Panegrossi, Giulia, Milani, Lisa, Ringerud, Sarah E., Turk, F. Joseph | Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| How Well Do Multisatellite Products Capture the SpaceTime Dynamics of Precipitation? Part II: Building an Error Model through Spectral System ... | Guilloteau, Clement, Foufoula-Georgiou, Efi, Kirstetter, Pierre, Tan, Jackson, Huffman, George J. | Precipitation, Precipitation Amount, Precipitation Rate, Snow, Rain, Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| Evaluation of IMERG over CONUS Complex Terrain Using Environmental Variables | Derin, Y., Kirstetter, P.E. | Liquid Precipitation, Precipitation Rate, Radar Reflectivity, Droplet Size, Precipitation Rate, Radar Reflectivity | |
| Evaluation of IMERG satellite precipitation over the land-coast-ocean continuumPart II: Quantification | Derin, Yagmur, Kirstetter, Pierre-Emmanuel, Brauer, Noah, Gourley, Jonathan J., Wang, Jianxin | Liquid Precipitation, Precipitation Rate, Radar Reflectivity, Condensation, Evaporation, Sublimation, Cloud Liquid Water/Ice, Cloud Precipitable Water, Liquid Water Equivalent, Precipitation Rate, Rain, Heat Flux, Droplet Size, Radar Reflectivity | |
| Cross validation of active and passive microwave snowfall products over the continental United States | Mroz, Kamil, Montopoli, Mario, Battaglia, Alessandro, Panegrossi, Giulia, Kirstetter, Pierre, Baldini, Luca | Liquid Precipitation, Precipitation Rate, Radar Reflectivity, Atmospheric Water Vapor, Precipitation, RADAR | |
| Extreme lake-effect snow from a GPM microwave imager perspective: Observational analysis and precipitation retrieval evaluation | Milani, Lisa, Kulie, Mark S., Casella, Daniele, Kirstetter, Pierre E., Panegrossi, Giulia, Petkovic, Veljko, Ringerud, Sarah E., Rysman, Jean-Francois, Sano, Paolo, Wang, Nai-Yu, You, Yalei, Skofronick-Jackson, Gail | Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| Evaluation of precipitation vertical profiles estimated by GPM-era satellite-based passive microwave retrievals | Utsumi, Nobuyuki, Turk, F. Joseph, Haddad, Ziad S., Kirstetter, Pierre-Emmanuel, Kim, Hyungjun | Liquid Precipitation, Precipitation Rate, Radar Reflectivity | |
| Evaluation of GPROF V05 Precipitation Retrievals under Different Cloud Regimes | Tan, Jackson, Cho, Nayeong, Oreopoulos, Lazaros, Kirstetter, Pierre | Clouds, Cloud Optical Depth/Thickness, Cloud Top Pressure, Liquid Precipitation, Precipitation Rate, Radar Reflectivity, Droplet Size, Precipitation Rate, Radar Reflectivity | |
| Evaluation of IMERG Satellite Precipitation over the LandCoastOcean Continuum. Part I: Detection | Derin, Yagmur, Kirstetter, Pierre-Emmanuel, Gourley, Jonathan J. | Liquid Precipitation, Precipitation Rate, Radar Reflectivity, Droplet Size, Precipitation Rate, Radar Reflectivity |